Design of communication system in intelligent instrument based on HART protocol

Yusen Li, Ye Wang, Cong Ma
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引用次数: 2

Abstract

At present, fieldbus has already become the hot spot in process control filed, on Behalf of the necessary trend in the development of process instrument. As the International Standard of fieldbus accomplished, the fieldbus product is surely accepted by the market for its consummate function and extrusive characteristics. Because HART realizes digital communication in the transmission of analog signals. In this paper, the design of communication module in intelligent instrument based on HART protocol is a useful attempt of HART Protocol on application of intelligent instruments. Based on the needs of the practical environment, author proposes an idea of “modularization”. For that, this design can be extensively used, and the existent products can be upgraded easily by small changes. In this paper, the design of hardware and software for HART protocol communication system was introduced and analyzed. In the aspect of hardware it introduced the system of chip selection and circuit design and in part of software the structure of system was detailed analysis and description and this paper gives some further introduction and discuss about how to realize the anti-interference of HART protocol software. In addition, the device debugging and test function is introduced at the end of this paper.
基于HART协议的智能仪表通信系统设计
目前,现场总线已经成为过程控制领域的热点,代表了过程仪表发展的必然趋势。随着现场总线国际标准的制定,现场总线产品以其完善的功能和突出的特点,必将被市场所接受。因为HART在模拟信号的传输中实现了数字通信。本文设计了基于HART协议的智能仪器通信模块,是HART协议在智能仪器应用中的一次有益尝试。根据实际环境的需要,提出了“模块化”的思想。因此,该设计具有广泛的适用性,并且可以通过微小的更改方便地对现有产品进行升级。本文对HART协议通信系统的硬件和软件设计进行了介绍和分析。在硬件方面介绍了系统的芯片选择和电路设计,在软件部分对系统的结构进行了详细的分析和描述,并对HART协议软件的抗干扰实现作了进一步的介绍和讨论。此外,本文最后还介绍了该系统的调试和测试功能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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